ABOUT THE QUANTUM NATURE OF LOCALIZED PLASTIC DEFORMATION AUTOWAVES
Nikita A. Ploskov, Lev B. Zuev, Vladimir I. Danilov
Strony: 133-141
Opublikowano: 1 Jan 2012
Wyświetlenia: 236
Streszczenie: It is found that the deformation will exhibit a nonhomogeneous localization behavior at all the plastic flow stages. This process involves propagation of localized plasticity autowaves, which are regarded as a manifestation of the self-organization of micro- and meso-scale deformation processes. The evolution of autowaves is governed by the work hardening law, i.e. the stages on the loading diagram obtained for the deforming solid. A hypothesis for the quantum nature of deformation processes is presented. It is found that the effective mass, meff, which was calculated from the experimental values Ȝ and Vawusing the de Broglie equation, is commensurate with the atomic mass unit. The normalized dimensionless masses are found to vary in conformity to the increasing number of valence electrons (N) in crystal lattice unit cell. With increasing n, the dimensional masses of elements, which differ in the order of electron shell filling, would vary linearly, although in a different way. Due to the scarcity of data, however, the type of this dependence cannot be defined consistently enough.
Słowa kluczowe: localization of plastic deformation, autowaves, associated mass, valence electron, the de broglie equation
This article presents a theoretical interpretation of experimental observations in the field of plastic deformation of solids. The authors propose a conceptual framework that applies quantum mechanical formalism to describe macroscopic localization phenomena. Such interpretations are not part of the mainstream theoretical treatment of plasticity in materials science and remain a subject of scientific discussion and debate.
The article has been preserved in the scholarly record as originally published, as it reflects the authors’ viewpoint and was evaluated according to the editorial procedures in place at the time of publication. Readers are encouraged to interpret the theoretical aspects of this work in the context of the broader body of established literature in solid state physics and materials science.
Cytowanie artykułu: Nikita A. Ploskov, Lev B. Zuev, Vladimir I. Danilov. ABOUT THE QUANTUM NATURE OF LOCALIZED PLASTIC DEFORMATION AUTOWAVES. Journal of International Scientific Publications: Materials, Methods & Technologies 6, 133-141 (2012). https://www.scientific-publications.net/en/article/1003244/
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